M299302 案號 94210833 曰 修正 旧、創作說明（1) 【新型所屬之技術領域】 本創作係關於一種散射粒子 指一種運用平面顯示器（例如液 的背光模組相對需要之擴散膜， 粒子的設計，可將散射粒子在一 狀分佈於擴散膜之透明介質中， 的細微透鏡結構，藉以達到光源 作為擴散顯示器的擴散板或擴散 規則多孔性可以達到過濾光源， 效果可以運用於燈光的濾光抗眩 :先前技術】 科技的快速發展，有效的提 面顯示器的提供與運用，對於人 例如液晶顯示器的發展，提供了 等光電相關產業品質的提升更為 傳統一般擴散膜散射粒子3 ’的結 在一透明基板1上塗佈一接著劑1 子3 ’規則分散於此接著劑内，使 射粒子3 ’之接著劑層時因為折射 進方向，均勻化光源。然而此種 構，卻不符合亂性隨機原則，大 b射粒子3 ’的擴散膜對於不同光源 ^並無法確實完整達到濾光抗眩的 因此，如何解決此種習知配置大 射粒子的擴散膜不易確實完整達 無規則結構之擴散膜，尤 晶顯示器），必須使用到 藉由建構與移動微粒散射 定限制範圍内以不規則形 成為不同大小及不同深度 進入後能夠均勻散射而可 片’並且利用其結構的不 使得燈光經過後達到抗眩 材料。 升了人類的生活水平，平 類生活的價值更為重要， 顯示器技術與電視、電腦 重要。 構（如第一圖所示）包括 並將大小相同之散射粒 得光線經過該含有規則散 率的改變而轉換光線之行 擴散膜之散射粒子3 ’結 小一致、固定均勻分佈散 進入後的均勻散射作用， 功效。 小一致、固定均勻分佈散 到濾光抗眩，且運用不夠M299302 Case No. 94210833 曰Revision of the old, creation instructions (1) [New technical field] This creation is about a kind of scattering particle refers to a diffuser film that uses a flat panel display (such as a liquid backlight module, the particle design) The fine lens structure in which the scattering particles are distributed in a transparent medium of the diffusion film in order to achieve the diffusion plate of the light source as a diffusion display or the diffusion regularity can achieve the filtering light source, and the effect can be applied to the filtering anti-glare of the light: Prior Art] The rapid development of science and technology, the provision and application of effective face-lifting displays, for the development of people such as liquid crystal displays, provides an improvement in the quality of other opto-electronic related industries. The substrate 1 is coated with an adhesive 1 3 ' regularly dispersed in the adhesive to homogenize the light source due to the direction of refraction into the adhesive layer 3 '. However, this configuration does not conform to randomness. In principle, the diffuse film of the large b-particle 3' can not be completely filtered for different light sources. Anti-glare, therefore, how to solve such a conventional configuration of a large-particle particle diffusion film is not easy to be completely complete into a random structure of the diffusion film, especially crystal display), must be used by construction and moving particles to scatter within the limits of the The rules are formed to be uniformly scattered after entering the different sizes and different depths, and the structure can be used to make the anti-glare material not pass after the light passes. The rise of human living standards, the value of flat life is more important, and display technology is important with televisions and computers. The structure (as shown in the first figure) includes and scatters the scatter particles of the same size through the change of the regular scatter rate to convert the ray of the scatter particles of the diffusion film 3 'small uniform, fixed and evenly distributed Uniform scattering, efficacy. Small consistent, fixed and evenly distributed to filter anti-glare, and not enough
第5頁 M299302 案號 94210833 年，月/曰 修正 9、創作說明（2) 靈活等所造成的不方便、 問題。 【新型内容】 鑒於上述習知技術所 術之缺點發展出一散射粒 開上述散射粒子規則結構 習者散射粒子規則結構不 用性；散射粒子改為不規 孔性可以達到過濾光源， 以運用於燈光的濾光抗眩 實用性強的散射粒子無規 為達到上述及其他目的， 之擴散膜，適用於平面顯 使用到的背光模組相對需 一透明基板，該透明基板 透明介質可塗佈於該透明 子，該複數之散射粒子含 該透明介質可為PMMA( (聚碳酸酯）並製作於該透 散射粒子在一定限制範圍 其中，而形成為不同大小 將其結構以移印、熱壓、 板上。 另外，本創作藉由該 一定限制範圍内以不規則 不易實用之困擾，即是待解決的 造成 子盔 之缺 確定 則結 使得 材料 則結 本創 不裔 要之 具有 基板 於該 聚曱 明基 内以 及不 轉印 之缺撼 規則結 點確實 達成均 構排列 燈光經 的需求 構之擴 作一種 (例如 擴散膜 一上表 之上表 透明介 基丙烯 板上， 不規則 同深度 方式或 ，本 構之 過濾 勻散 ，且 過後 ，進 散膜 散射 液晶 ，該 面； 面； 質之 酸甲 再將 形狀 的細 射出 創作針對習知技 擴散膜，有效避 光源，有效降低 射的缺憾深具實 利用其結構的多 達到抗眩效果可 而備具效率高、 無規則結構 器），必須 擴散膜至少包括 明介質，該 之散射粒 粒子 顯示 一透 複數 中 〇酯）、 不同 佈於 微透 製作 樹脂或PC 規則結構之 該透明介質 鏡結構，再 於該透明基 微粒散射粒子以不同規則結構在 形狀佈於該透明介質中的設計，Page 5 M299302 Case No. 94210833, Month/曰 Amendment 9. Creation Instructions (2) Inconvenience and problems caused by flexibility. [New content] In view of the shortcomings of the above-mentioned conventional techniques, a scattering particle is developed to open the above-mentioned scattering particle rule structure. The rule of the scattering particle rule structure is not used; the scattering particle is changed to the non-regularity to achieve the filtering source, and is applied to the light. The filter anti-glare practically strong scattering particles are randomly used to achieve the above and other purposes, and the diffusion film is suitable for use in a flat display. The transparent module can be coated on the transparent substrate. a transparent particle, the plurality of scattering particles comprising the transparent medium may be PMMA ((polycarbonate) and formed in the transparent scattering particle within a certain limited range, and formed into different sizes to have a structure of pad printing, hot pressing, plate In addition, this creation is plagued by irregularity and difficulty in practical use within the certain limits, that is, the lack of determination of the sub-helmet to be solved, so that the material is bound to become a substrate for the gathering. In the BenQ and the non-transferred defect rule nodes, the demand structure of the uniform arrangement of the light is indeed expanded (for example) The surface of the film is on the surface of the transparent acrylic plate, irregularly in the same depth mode, or the constitutive filter is dispersed, and after that, the liquid crystal is scattered into the film, the surface; the surface; The fine shot is created for the traditional technology diffusion film, effectively avoiding the light source, effectively reducing the lack of shooting, and using the structure to achieve the anti-glare effect, and the high-efficiency, random structure), the diffusion film must include at least a clear medium, the scattering particle shows a transparent medium mirror structure in a transparent number, and a transparent medium mirror structure which is different in micro-transparent resin or PC regular structure, and then the transparent base particle scattering particles are arranged in a different regular structure. Designed in the transparent medium,
第6頁 M299302 案號 94210833 年 月 曰 修正 透 於 佈 分 狀 形 規 不 以 内 圍 範 制 艮 定 1 在 子 粒 \Jy 3 身 ^(散 辦將 作了 創习 四而 該徑 ，直 構分 結部 鏡面 透平 微但 細， 的存 度共 深構 同結 不面 及平 、 Ρ, d 立口 大底 同與 不端 為頂 成構 ，結 中子 質粒 介射 明散 作規 可不 而的 射構 散結 勻其 均用 夠利 能且 後並 入， 進片 源散 光擴 到或 達板 以散 藉擴 ，的 nm器 5m不 ο顯 於散 大擴 不為 效 眩 抗 到 達 後 過 經 光 燈。 得料 使材 ，眩 源抗 光光 過的 達燈 以於 可用 「不一 孔以 多可 貝 方 施 實 之 作 創 本 配 搭 明 說 例 實 體 具 的 定 特 由 1藉 式係 方下 施以 實 地同 易不 輕他 容其 内由 之藉 示可 揭亦 所作 堂曰 明本 說。 本效 由功 可與 士點 人優 之他 藝其 技之 此作 悉創 熟本 ，解 式瞭 可種 亦各 節行 細進 項下 各神 的精 中之 書作 明創 說本 本離 ，悖 用不 應在 或， 行用 施應 以與 加點 Φ觀 實同 體不 具於 的基 本 者： 示括 所包 圖膜 三散 第擴 二膜 第散 如擴 閱之 參構 員結 委诗 查規 審無 子 〇 貴粒 更請射 變先散 與首種 飾 一 修 案 構 V 板#: 基著 明接 透以 一有 係 體 板 光 透 透 之 成 質 介 ，板 10基 面明 表透 上， 具 佈 塗 ο 11 面 表 上 包 質 材 成 制 之 酯 乙 ο 二} 酸酯 甲甲 二酸 苯烯 對丙 聚基 TC甲 PE聚 Λ: /L ^A 定MM 艮 pf 不 但)^ 括酯 或 壓 2熱 質、 介印 明移 透以 一構 結 其 板 基 明 透 於 佈 塗 可 酸 碳 聚 將1 或板 ，基 10明 面透 表於 上作 之製 出 射 或 式 方 印 轉 於 定 rxl 限·，質 不等介 但I)明 括U透 包is該 f 材(?含 成PC係 製或， 之脂-3 子 2樹 質 粒 介}射 明酯散 透甲之 ，酸數 上烯複 中 之 丙 基 曱 聚 Γ&Τ 學 光 以 可Page 6 M299302 Case No. 94210833 The year of the month is revised. The cloth is divided into the shape of the cloth. It is not determined by the inner circumference. 1 In the grain \Jy 3 body ^ (Distribution will be made to create the fourth and the path, the straight line is divided The mirror surface of the mirror is microscopic but fine, and the common depth of the surface is the same as that of the flat surface, and the d-base is the same as the top and the bottom is the top structure. The neutron plasmid is mediated by the scatter. The astigmatism of the ejector is evenly integrated and can be incorporated later. The astigmatism of the incoming source is expanded to reach the plate to expand and expand. The nm device is not enlarged, and the astigmatism is not effective. Lights. The materials used in the glare source are resistant to light. The implementation of the field is the same as that of the easy-to-follow one, and he can also use it to explain the instinct of the book. The effect can be compared with the skill of the person and his skill. It is a book of the gods that can be planted in each section. If you want to make a copy of the book, you should not use it. You should use it to apply it to the basic person who does not have the same thing as the point Φ. The constitutive member of the commissar, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the singer, the first The surface of the board 10 is clearly visible on the surface of the board. The cloth is coated with ο 11 surface. The material of the package is made of ester. The ester of bismuth methacrylate on the propylene group TC-PE concentrate: /L ^ A MM 艮pf not only) ^ Ester or pressure 2 thermal, the medium is transparent to a plate, the plate is clear, the cloth is coated with acid carbon, or the plate is 10 The method of making the shot or the type of the square is transferred to the fixed rxl limit, the quality is not equal, but I) the cover of the U through the package is the f material (? contains the PC system or, the lipid-3 sub-2 tree plasmid) The fluorescing ester is scattered through the ketone, and the acid number is on the propyl group of the olefin complex.
第7頁 M299302 修正 案號 94210833 扭、創作說明（4) / 子（optical tweezer )固定、移動微粒之方法或岌他方 法將散射粒子3在一定限制範圍内，以不規/狀佈於該 透明介質2中，而變成複數個不同大小及不^細微 透鏡結構，該散射粒子3頂端3 〇與底部平 &存， 但底部”31部分直徑以不大於〇· 15麗為面準31，構 =者，，，貴審查委員參閱如附表一 配前圖 定限制範圍内以不規則來f f粒子3以不同規則結構在 而可將散射粒子3在Λ限^ 透明介質2中，就好像e卢靶圍内以不規則形狀分佈於 多個不同大小及不同匕在，明严板1表面形成為同時具有 結構頂端3 0與底部平面^ +細彳政透鏡結構，該散射粒子3 大於〇.15随，因結構共存，但平面31部分直徑不 作為擴散顯示器的擴鸯，光源進入後能夠均句散射而可 規則多孔性可以確實逵或擴散片’並且利用其結構的不 抗眩效果可以運用於批止過濾、光源，使得燈光經過後達到 上述實施例僅例^，濾光抗眩材料。 其部分運用之實施例，，、=呪明本創作之原理及其功效，及 熟習此項技藝之人士均用於限制本創作之^定。任何 下，對上述實施例進彳[I在不違背本創作之精神及範疇 保護範圍，應如後述J =飾與改變。因此，本創作之權利 疋之申請專利範圍所列。Page 7 M299302 Amendment No. 94210833 Twisting, creation description (4) / sub (optical tweezer) method of fixing, moving particles or other methods to scatter particles 3 within a certain limit, in a random / shape on the transparent In the medium 2, it becomes a plurality of different sizes and does not have a fine lens structure. The top 3 〇 of the scattering particle 3 is flat and the bottom is stored, but the diameter of the bottom portion 31 is not more than 〇·15 丽31. =,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The surface of the Lu target is distributed in a plurality of different sizes and different shapes in an irregular shape. The surface of the plate 1 is formed to have both a structure top end 30 and a bottom plane ^ + fine 透镜 lens structure, and the scattering particle 3 is larger than 〇. 15, because the structure coexists, but the diameter of the 31 part of the plane does not act as a diffusion of the diffused display, the light source can be uniformly scattered after the entry, the regular porosity can be confirmed or diffused, and the anti-glare effect of the structure can be utilized. It is used to batch filter and light source, so that after the light passes, it can only reach the above examples, and filter the anti-glare material. The partial application examples, and the principle and function of the original creation, and familiarity with this item The person skilled in the art is used to limit the definition of this creation. Anyway, the above-mentioned embodiments are subject to [I do not violate the spirit of the creation and the scope of protection of the scope, as should be described later as J = decoration and change. Therefore, this creation The rights are listed in the scope of the patent application.
第8頁 M299302 _案號94210833_令、年丨月，/日_fJL_ 圖式簡單說明 / 【圖式簡單說明】 第一圖係習知擴散膜放大後之側視示意圖。 第二圖係本創作擴散膜放大後之側視示意圖。 第三圖係本創作擴散膜放大後之俯視示意圖。 附表一、係本創作擴散膜放大2 0 0 0倍後之俯視照片。 附表二、係本創作擴散膜放大3 5 0 0倍後之俯視照片。 【主要元件符號說明】 透明基板1 上表面1 0 透明介質2 I散射粒子3 I散射粒子頂端30 底部平面3 1Page 8 M299302 _ Case No. 94210833_令, 年丨月, /日_fJL_ Schematic description / [Simplified illustration] The first figure is a schematic side view of the conventional diffusion film. The second figure is a side view of the enlarged diffusion film of the present invention. The third figure is a schematic top view of the created diffusion film after enlargement. Attached Table 1 is a top view of the created diffusion film after magnification of 2000 times. Attached Table 2 is a top-down photo of the created diffusion film after magnifying 3,500 times. [Description of main component symbols] Transparent substrate 1 Upper surface 1 0 Transparent medium 2 I scattering particles 3 I Scattering particle tip 30 Bottom plane 3 1
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